def __init__(self):
Node.__init__(self)
CustomizeAxes.__init__(self)
self.add_input(name='axes')
self.add_input(name="shadow", interface=IBool, value=False)
self.add_input(name="location",
interface=IEnumStr(tools.locations.keys()),
value=0)
self.add_input(name="numpoints", interface=IInt, value=2)
self.add_input(name="markerscale",
interface=IFloat(0.1, 10, 0.1),
value=1)
self.add_input(name="fancybox", interface=IBool, value=True)
self.add_input(name="ncol", interface=IInt(1, 10), value=1)
self.add_input(name="mode",
interface=IEnumStr({
'None': 'None',
'Expanded': 'exapanded'
}),
value=None)
self.add_input(name="title", interface=IStr, value=None)
#rodo scatterpoints
#borderpad the fractional whitespace inside the legend border
# labelspacing the vertical space between the legend entries
# handlelength the length of the legend handles
# handletextpad the pad between the legend handle and text
# borderaxespad the pad between the axes and legend border
# columnspacing the spacing between columns
#borderaxespad
self.add_input(name="prop", interface=IDict, value={})
#p = pylab.matplotlib.font_manager.FontProperties(size=26)
self.add_output(name="kwds", interface=IDict, value={})
def __init__(self):
from matplotlib.pyplot import rcParams
Node.__init__(self)
self.add_input(name='axes')
self.add_input(name='fname', interface=IStr, value=None)
self.add_input(name='transparent', interface=IBool, value=False)
self.add_input(name='dpi',
interface=IInt(40, 200, 1),
value=rcParams['figure.dpi'])
self.add_input(name='facecolor',
interface=IEnumStr(tools.colors.keys()),
value='white')
self.add_input(name='edgecolor',
interface=IEnumStr(tools.colors.keys()),
value='w')
self.add_input(name='orientation',
interface=IEnumStr(tools.orientation_fig.keys()),
value='portrait')
self.add_input(name='papertype',
interface=IEnumStr(tools.papertypes.keys()),
value=None)
self.add_input(name='format',
interface=IEnumStr(tools.extensions.keys()),
value='png')
self.add_input(name='kwargs', interface=IDict, value={})
def __init__(self):
Node.__init__(self)
funs = self.distr_func.keys()
funs.sort()
self.add_input(name="Type", interface=IEnumStr(funs), value=funs[0])
self.add_input(name="Cluster number", interface=IInt(min=1), value=2)
self.add_input(name="Cluster radius",
interface=IFloat(0.01, 1, 0.01),
value=0.2)
self.add_output(name="Distribution", interface=None)
name="Aggregative Distribution",
description="clustered distributions",
category="Spatial,scene",
nodemodule="openalea.spatial.distribGen",
nodeclass="aggregative_distrib",
)
rand2d = Fa(
uid="7c062fcb4e7711e6bff6d4bed973e64a",
name="Random 2D",
description="Generates random spatial distribution in a 2D domain",
category="Spatial,scene",
nodemodule="openalea.spatial.distribGen",
nodeclass="random2D",
inputs=(
dict(name="n", interface=IInt(min=0), value=10, showwidget=True),
dict(
name="distribution",
interface=IFunction,
),
dict(
name="domain2D",
interface=None,
),
),
outputs=(dict(name="x",
interface=ISequence), dict(name="y", interface=ISequence)),
)
spatial_dist = CNF(
uid="7c062fcc4e7711e6bff6d4bed973e64a",
vsplot = Fa(uid="0ddb02764e7711e6bff6d4bed973e64a",
name="VS Plot",
description="Plot a list of 2D points plotable objects",
category="Visualization,plot",
nodemodule="openalea.plotools.plotable",
nodeclass="display_VisualSequence",
inputs=(
dict(name='vis_seq_list', interface=None, showwidget=False),
dict(name='visualisation',
interface=IEnumStr(['PointLine', 'Hist']),
value='PointLine'),
dict(name='title', interface=IStr, value='MyPlot'),
dict(name='xlabel', interface=IStr, value='x-axis-label'),
dict(name='ylabel', interface=IStr, value='y-axis-label'),
dict(name='figure', interface=IInt(0, 10), value=0),
),
outputs=(dict(name='result', interface=None), ))
__all__.append('vsplot')
ptline_style = Fa(
uid="0ddb02774e7711e6bff6d4bed973e64a",
name="PointLine Style",
description="Allows us to edit VisualSequence plot",
category="Visualization,plot",
nodemodule="openalea.plotools.plotable",
nodeclass="change_VisualSequence_PointLineView",
inputs=(
dict(name='vis_seq', interface=None, showwidget=False),
dict(name='new_legend', interface=IStr, value='Default'),
{
'interface': IFloat,
'name': 'val'
},
{
'interface': IFloat,
'name': 'minval',
'value': 0
},
{
'interface': IFloat,
'name': 'maxval',
'value': 1
},
{
'interface': IInt(0, 400),
'name': 'Hue1',
'value': 0
},
{
'interface': IInt(0, 400),
'name': 'Hue2',
'value': 100
},
{
'interface': IInt(0, 255),
'name': 'Sat',
'value': 220,
'showwidget': False,
'hide': True
},
outputs=[{
'interface': None,
'name': 'result',
'desc': ''
}],
widgetmodule=None,
widgetclass=None,
)
ppymap = Fa(
uid="a08a1ef14e7611e6bff6d4bed973e64a",
name='pmap',
description='Apply a function on a sequence',
category='Functional',
nodemodule='openalea.multiprocessing.parallel',
nodeclass='pymap',
inputs=({
'interface': IFunction,
'name': 'func'
}, {
'interface': ISequence,
'name': 'seq'
}, {
'interface': IInt(min=1, max=16777216, step=1),
'name': 'N'
}),
outputs=(dict(name="out", interface=ISequence), ),
widgetmodule=None,
widgetclass=None,
)